Submersible electric pumps in aisi 904 stainless steel and mixed flow duplex

About Submersible Pumps for Drilling

Pegasus 6”, 8” submersible borehole pumps are radial flow and mixed flow, high efficiency, to perform perfectly at the point of service

Ranges

Description

Semi-axial submersible electric pumps in aisi 904 stainless steel. The stainless steel structure with the external jacket, guarantees the permanent alignment of all the components and with the floating wear rings in PTFE, the ceramic guide bushings and the bearings. rubber grooves give the pump more resistance over time. This range of submersible pumps for boreholes has been designed to guarantee high efficiency by reducing energy consumption and therefore costs.

Use

  • Fireproof
  • The mines
  • Desalination and osmosis
  • Industry, food, petrochemicals, steel and naval
  • Aggressive and corrosive water
  • Sea / brackish / potable water
  • Sulphurous thermal water
  • Irrigation, Overpressure

Operating ranges

Operating characteristics

Operation: Submerged

Max temperature pumped liquid: 60°C

Max temperature operating temperature: 40°C

Max time operating time with Q=0: 2min

Fluid: Clear Water

Viscosity of the treated liquid: 1mm²/s

Density of the treated liquid: 998.3 Kg/m³

Content max. of solids: 100 g/m3

Materials

Impeller: Stainless steel aisi 904l (w. Nr. 1.4539)

Stage casing: Stainless steel aisi 904l (w. Nr. 1.4539)

Discharge port: Stainless steel aisi 904l (w. Nr. 1.4517)

Non-return strainer: Stainless steel aisi 2205 / aisi 904l (w. Nr. 1.4462 / 1.4460)

Shaft: Stainless steel aisi 329 (w. Nr. 1.4460)

Cable cover: Stainless steel aisi 904l (w. Nr. 1.4539)

Suction strainer: Stainless steel aisi 904l (w. Nr. 1.4539)

Screws: Stainless steel aisi 904l / aisi 329 (w. Nr. 1.4539 / w. Nr. 1.4460)

Range Features

Power supply: 380/400 V ~3

Frequency: 50Hz

Power: 1.5 ÷ 110 kW

Poles: 2

Vertical discharge: G3″ ÷ G5″

Horizontal discharge: –

ambient temperature max. : 40°C

Max flow : 120m3/h

Max lifting height : 690m